SIMULATION OF HEAT FLOW TRANSMISSION THROUGH FOILED THERMOPANELS BY THE CORRELATION-REGRESSION ANALYSIS METHOD
DOI:
https://doi.org/10.31649/2311-1429-2019-1-70-77Keywords:
thermal conductivity, energy reflecting screen, thermal resistanceAbstract
There is a lack of objective information on the heat-shielding properties of screen thermal insulation, and the available information, which is usually provided by manufacturers of this product, is highly controversial. Therefore, now there is a need for a detailed study of the properties of screen insulation in combination with unventilated air layers, which will enable the most correct and effective use of such materials in construction.
Experimental research is the main source for obtaining reliable information on the thermophysical characteristics of screen thermal isolation. In order to determine the properties of such isolation, many experimental studies have been carried out. Experimental research is the main source for obtaining reliable information on the thermophysical characteristics of screen thermal isolation. In order to determine the properties of such isolation, many experimental studies have been carried out.
The method of calculation of thermal conductivity coefficients of thermal insulation materials and carrying out of measurements of thermal conductivity at the laboratory installation, experimental determination of the coefficient of thermal conductivity of various flat materials is considered.
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